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X-WR-CALDESC:Join the NASA Night Sky Network on Thursday\, April 23\, 2020 
 at 6:00pm Pacific Time (9:00pm Eastern) on a YouTube livestream to hear Br
 ian Day from NASA's Ames Research Center give us an inside look at lunar l
 anding sites past and future\, what we learned and hope to learn.\n\nAs we
  celebrate 50 years of human exploration on the lunar surface\, we'll take
  a look back at each of the Apollo landing sites and discuss why each site
  was chosen and what made each site so interesting. We'll then recap some 
 of the fascinating things we've learned from robotic lunar missions that f
 ollowed Apollo. Finally\, we'll look ahead to some of the amazing sites we
  are considering for future missions to the Moon. We'll make use of NASA's
  Moon Trek portal (https://trek.nasa.gov/moon/) to conduct our exploration
 . \n \nAbout Brian Day\n\nBrian Day currently serves as the Lead for Lunar
  and Planetary Mapping and Modeling at NASA's Solar System Exploration Res
 earch Virtual Institute (SSERVI). In this role he oversees the development
  of the Solar System Treks (https://trek.nasa.gov)\, a suite of online too
 ls facilitating data visualization and analysis for mission planning\, pla
 netary science\, and public outreach. From 2010-2014\, Brian served as the
  Education/Public Outreach Lead for NASA’s Lunar Atmosphere and Dust Envir
 onment Explorer (LADEE) mission to the Moon\, which flew through and studi
 ed the Moon’s tenuous atmosphere. From 2007-2010 he served as the E/PO Lea
 d for NASA’s LCROSS lunar impactor mission which discovered deposits of wa
 ter ice at the Moon’s South Pole. Brian has played key roles in various NA
 SA Mars Analog Field Studies\, providing technical support in the field fo
 r webcasts and robotic rover tests in extreme environments here on Earth. 
 In 2007\, he flew on the Aurigid-MAC mission to record fragments of comet 
 Kiess entering Earth’s upper atmosphere.
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DTSTART:20191103T020000
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BEGIN:VEVENT
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DTSTAMP:20260405T160025Z
DESCRIPTION:Join the NASA Night Sky Network on Thursday\, April 23\, 2020 a
 t 6:00pm Pacific Time (9:00pm Eastern) on a YouTube livestream to hear Bri
 an Day from NASA's Ames Research Center give us an inside look at lunar la
 nding sites past and future\, what we learned and hope to learn.\n\nAs we 
 celebrate 50 years of human exploration on the lunar surface\, we'll take 
 a look back at each of the Apollo landing sites and discuss why each site 
 was chosen and what made each site so interesting. We'll then recap some o
 f the fascinating things we've learned from robotic lunar missions that fo
 llowed Apollo. Finally\, we'll look ahead to some of the amazing sites we 
 are considering for future missions to the Moon. We'll make use of NASA's 
 Moon Trek portal (https://trek.nasa.gov/moon/) to conduct our exploration.
  \n \nAbout Brian Day\n\nBrian Day currently serves as the Lead for Lunar 
 and Planetary Mapping and Modeling at NASA's Solar System Exploration Rese
 arch Virtual Institute (SSERVI). In this role he oversees the development 
 of the Solar System Treks (https://trek.nasa.gov)\, a suite of online tool
 s facilitating data visualization and analysis for mission planning\, plan
 etary science\, and public outreach. From 2010-2014\, Brian served as the 
 Education/Public Outreach Lead for NASA’s Lunar Atmosphere and Dust Enviro
 nment Explorer (LADEE) mission to the Moon\, which flew through and studie
 d the Moon’s tenuous atmosphere. From 2007-2010 he served as the E/PO Lead
  for NASA’s LCROSS lunar impactor mission which discovered deposits of wat
 er ice at the Moon’s South Pole. Brian has played key roles in various NAS
 A Mars Analog Field Studies\, providing technical support in the field for
  webcasts and robotic rover tests in extreme environments here on Earth. I
 n 2007\, he flew on the Aurigid-MAC mission to record fragments of comet K
 iess entering Earth’s upper atmosphere.
DTSTART;TZID=America/Los_Angeles:20200423T180000
DTEND;TZID=America/Los_Angeles:20200423T190000
LOCATION:Live Webinar
SUMMARY:Free Live NSN Webinar: Lunar Landing Sites\, Past and Future
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